1945-10K

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Fixed inductors are used to regulate the current flow in electrical circuits. They use a coil of wire to convert electrical current into magnetic field, and then back into electrical current, stabilizing the circuit\'s current flow. The 1945-10K application field and working principle are described below.

1945-10K Application Field
The 1945-10K is a 3 phase line-start permanent magnet motor having an insulex insulation grade. The stator has three coils, one for each phase, yielding a torque output of 42Nm. The motor is also designed with a high starting torque, making it a good choice for applications that may require rapid acceleration. In combination with a drive, the 1945-10K can be applied to a wide variety of devices including pumps, fans, and conveyors. This device is equipped with Self-Lubricating bearings, and an automatic thermal overload protection.

1945-10K Working Principle
The 1945-10K permanent magnet motor employs a winding of coils that form a magnetic field when current is passed through it. This magnetic field interacts with the rotor, which contains a number of magnets, to cause the rotor to rotate. The speed of the rotor can then be regulated by the amount of current that is passed through the coils, allowing for precise speed control. The 1945-10K also has the ability to start up quickly from a standstill, thanks to the high starting torque it comes equipped with. Additionally, this device is equipped with a thermally protected overload feature, which protects the motor from high currents that may damage the motor.

In conclusion, the 1945-10K application field and working principle make it an ideal choice for a wide range of applications. This permanent magnet motor possesses high starting torque and accuracy, as well as a thermally protected overload feature. The combination of these features make the 1945-10K a great choice for controlling devices such as pumps, fans, and conveyors. As such, the 1945-10K falls into the category of fixed inductors, making it a perfect choice for any application requiring reliable current control.

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